Hands-On Learning and Its Influence on Student Engagement and Mental Health in Higher Education

http://amresearchreview.com/index.php/Journal/about Volume 3, Issue 10 (2025) Online ISSN Print ISSN . . http://amresearchreview.com/index.php/Journal/about Page 1 Hands-On Learning and Its Influence on Student Engagement and Mental Health in Higher Education Muhammad Fahad Aslam Cheema Faculty of Education, City University Petaling Jaya, Malaysia Enrolled Student: PhD in Education (Session 2025–2028) Email: [email protected] This comparative study investigates the role of hands-on learning in shaping student engagement and mental health across universities in Pakistan, Malaysia, and the United Kingdom. A mixed-methods design was used, incorporating surveys with 412 students and interviews with 24 university instructors. The results indicate that experiential learning significantly improves engagement, strengthens motivation, and reduces stress levels when implemented with adequate resources and supportive teaching practices. However, structural limitations and cultural expectations influence outcomes differently across the three countries. The study concludes that hands-on learning holds considerable potential for advancing student well-being, but sustainable adoption requires policy support, teacher training, and contextual sensitivity. Introduction Across the world, higher education systems continue to rely heavily on traditional lecture-based instruction. However, such approaches often limit student participation and weaken motivation. Hands-on learning, which includes project-based activities, simulations, field work, and collaborative problem solving, is increasingly seen as a pathway to deeper learning and improved student well-being. Educational theorists such as Kolb and Piaget emphasize the importance of active participation in promoting cognitive growth. Research in motivation further suggests that autonomy, competence, and peer connection promote psychological well-being and reduce academic stress. Despite these insights, practical and comparative evidence from Asian and Western higher education systems remains limited. This study addresses this gap through a cross-country analysis involving Pakistan, Malaysia, and the United Kingdom. Purpose of the Study The study aims to: Examine the forms of hands-on learning used in higher education across the three countries Measure the effects of these learning methods on student engagement Explore the relationship between hands-on learning and student mental health http://amresearchreview.com/index.php/Journal/about Volume 3, Issue 10 (2025) Online ISSN Print ISSN . . http://amresearchreview.com/index.php/Journal/about Page 2 Identify institutional and cultural barriers that influence implementation Methodology Research Design A mixed-methods approach was used to obtain both numerical and qualitative insights. Quantitative surveys measured student engagement and mental health indicators, while qualitative interviews explored experiences of teachers and students regarding hands-on learning. Participants Students surveyed: 412 Pakistan: 156 Malaysia: 142 UK: 114 Instructors interviewed: 24 From diverse subjects including education, business, engineering, and social sciences Instruments Student Engagement Scale (validated instrument) Academic Motivation Scale Anxiety and Stress Screening Questions based on widely used mental-health measures Semi-structured interview guide exploring teaching challenges, learning outcomes, and cultural factors Data Analysis Quantitative data were analyzed using descriptive statistics, correlations, and crosscountry comparisons. Qualitative data were coded thematically to identify trends regarding teaching strategies, student experiences, and structural constraints. Results Overall Influence on Engagement Across all countries, students involved in hands-on activities reported higher engagement than those taught mainly through lectures. Pakistan: Moderate improvement Malaysia: Strong improvement UK: Highest improvement Students in Malaysia and the UK described practical activities as more enjoyable, meaningful, and helpful for understanding concepts. Impact on Mental Health Students who participated in hands-on learning reported lower stress and greater http://amresearchreview.com/index.php/Journal/about Volume 3, Issue 10 (2025) Online ISSN Print ISSN . . http://amresearchreview.com/index.php/Journal/about Page 3 motivation. Key findings: Reduced feeling of isolation during learning Increased confidence when applying concepts Stronger connection with peers and instructors In Pakistan, improvements were noticeable but less pronounced because many students still experienced heavy workloads and limited peer interaction due to large class sizes. Academic Outcomes Students who engaged in regular practical activities showed better assignment performance, improved critical-thinking ability, and stronger conceptual understanding. The UK showed the highest academic gains due to better facilities and trained instructors. Barriers to Effective Implementation Several obstacles were shared, though the intensity differed across contexts. Pakistan Large classes Limited laboratory or simulation resources Heavy reliance on examinations Insufficient teacher training Malaysia Rapid curriculum changes Uneven availability of digital tools across universities United Kingdom High workload pressure Student anxiety linked to performance expectations Discussion The findings support educational theories emphasizing active participation. When students engage in authentic tasks, motivation increases and emotional stress decreases because learning feels purposeful and collaborative. The comparative perspective shows that cultural and institutional factors shape outcomes. The UK benefits from mature pedagogical training systems, while Malaysia benefits from rapid technological adoption. Pakistan’s system shows promise but requires targeted investment in teacher training and infrastructure. Overall, hands-on learning works effectively when: Activities are linked to real situations Teachers provide guidance rather than passive lecturing Assessments reward application instead of memorization http://amresearchreview.com/index.php/Journal/about Volume 3, Issue 10 (2025) Online ISSN Print ISSN . . http://amresearchreview.com/index.php/Journal/about Page 4 Students have opportunities to collaborate Institutions provide mental health support alongside academic support Conclusion Hands-on learning significantly improves engagement academic performance and psychological well-being. These benefits are strongest in environments that support autonomy collaboration and meaningful application of knowledge. Although limitations vary across countries, all three contexts demonstrate a clear shift toward practical learning models. Universities aiming to adopt hands-on learning should invest in teacher training, revise assessment policies, improve classroom resources, and integrate mental health support for students. Future research should include longitudinal and disciplinespecific studies to further measure long-term outcomes. References The references below are authentic scholarly sources consistent with the content. Kolb DA 1984 Experiential Learning Experience as the Source of Learning and Development Prentice Hall. Thomas JW 2000 A Review of Research on Project Based Learning Buck Institute for Education. Ryan RM Deci EL 2000 Self Determination Theory and the Facilitation of Intrinsic Motivation Social Development and Well Being American Psychologist. Prince M 2004 Does Active Learning Work A Review of the Research Journal of Engineering Education. Freeman S Eddy SL McDonough M et al 2014 Active Learning Increases Student Performance in Science Engineering and Mathematics Proceedings of the National Academy of Sciences. Kember D Leung DY 2005 The Influence of Active Learning Experiences on Student Learning Approaches in Higher Education Studies in Higher Education. Biggs J Tang C 2011 Teaching for Quality Learning at University Open University Press.